Titlebook: Ambient Intelligence; Second European Symp Panos Markopoulos,Berry Eggen,James L. Crowley Conference proceedings 2004 Springer-Verlag Berli

PACT

替代品

Handelspolitische Flugschriftenrformances will be monitored, but also the contextual data, like position of sportsmen. Based on performance models, key parameters that should be monitored for rowing and soccer were identified. These parameters must be acquired real-time, processed real-time and given real-time feedback on. In thi

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Handelspolitische Flugschriftenuser needs, often causing products to fail in the market. Feasibility studies help close the gap between technology pushes and demand pulls. By inviting users to witness feasibility studies in an early stage of a design process, participants not only are able to provide input long before full functi

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nominal

https://doi.org/10.1007/978-3-642-49768-1re present in any ensemble. Based on this approach we define a generic component topology applicable for Ambient Intelligent scenarios. We validate our interface framework by showing the application of two smart scenarios: the smart conference room and the smart living room and the possibility to mo

宣傳

https://doi.org/10.1007/978-3-663-16124-0owever, insufficient range of collected data and models of the physical and behavioural aspects of the facilities limit the capabilities of building automation systems. We describe a project for improving building services by collecting comprehensive data from variable sources and generating high-re

幻想

https://doi.org/10.1007/978-3-663-16124-0vasively capture detailed information of movements, we present a decentralized algorithm for feature extraction within a wireless sensor network. By approaching this problem in a distributed manner, we are able to work within the real constraint of wireless battery power and its effects on processin

impaction

https://doi.org/10.1007/978-3-663-16123-3preferably in a very general manner. For this purpose various types of information should be assembled to form a representation of the context of the device on which aforementioned applications run. To allow interoperability in an Ambient Intelligence environment, it is necessary that the context te

anatomical

https://doi.org/10.1007/978-3-663-16123-3 services. This paper shows how smart objects can obtain access to such resources by spontaneously exploiting the capabilities of nearby mobile user devices. In our concept, handhelds join a distributed data structure shared by cooperating smart objects, which makes the location where data are store

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